Web Interface Updates * May 20, 2020
Major changes in this update:
- added sorting by invalid shares
- improved CSV import/export procedure
For best AMD GPUs overclocking experience especially for new AMD GPUs generation cards such as Vega and Navi we’re added new fields to AMD OC dialogue such as VDDCI (memory controller interface voltage), MVDD (memory chips voltage) and Power Limit (allows you to limit the power used by the core).
Memory controller interface VDDCI
and memory chips voltage MVDD
sets in mV and currently applicable only for Navi family cards.
The default value for VDDCI is 850 mV. The permissible range is 750-850 mV.
The default value for MVDD is 1350 mV. The permissible range is 1250-1350 mV.
Use this parameters only if you understand what you are doing otherwise you can get a very unstable system.
Power Limit
(PL) sets in Watts and allows you to limit the power used by the core graphics card.
In most cases, AMD cards are not required if the frequency and core voltage are set.
Currently applicable only to Vega and Navi GPUs family
What’s new?
A wide selection of 2.0 firmware settings for ASIC Antminers of the 17th series: set up frequencies, voltage, critical temperatures, automatic switching of the profiles, etc. Turn on the chips and boards protection against short circuit — it can be caused by manufacturing defects.
Filter devices by the currently used flight sheet:
When selecting a version, you can also see what functions will become unavailable after the downgrade:
Do not forget to check the time of the next operation of Scheduler:
We have updated the web-interface of Hive OS. What’s new?
The most important update — Hiveon ETH pool is now integrated into the web-interface of Hive OS!
Now, instead of switching to the page of the pool, you can check all the essential information right in the dashboard of Hive OS:
View video demonstration: external link
Integration of the pool is not the only update:
Now it is even easier for you to filter your devices — we added a filter by the firmware for GPUs and ASICs:
If you need to provide someone (for instance, your administrator) with a link to a particular worker, you can simply switch to that worker and click its name:
Besides, you can set up the threshold value of the CPU temperature in order to protect your devices from overheating:
The most important update — Hiveon ETC pool has been integrated to Hive OS’ web interface!
Here’s a video on all the newly implemented features.
You can now check on all essential information right from Hive’s dashboard — No longer needing to switch to the pool’s page.
You’ll always be aware of your pool income and payments. You get access to the following information:
You’re also able to see the number of active workers here.
You can check the real-time poolside accepted hashrate:
You can also monitor the pool’s valid, stale and invalid shares (per day, week or month):
In case you mine two coins (ETC and ETH), you can switch between them with one click. You can also monitor the hashrate, payouts, energy consumption and number of workers for two coins at the same time:
What else?
Now you can do the following on Hive’s web-interface too:
And last but not least, you can now use the “pill” for the Nvidia 1080 rev 1 cards too.
Meet another update of the Hive OS web interface!
Now, right on the dashboard, you can also monitor the memory temperature for the AMD VEGA and NAVI cards. This will help to protect your devices from overheating and downtime, and you — from the loss of profit.
Apart from this, we added a new filter by miner to which tuning is applied. On the list such a miner will be marked with the color yellow — this will simplify the search process:
The Autofan module has been improved and new features have been added since the latest Linux GPU client updates (0.6-149@200722 and 0.6-150@200729).
New updates to the web interface bring these new options highlighted in red and orange squares below.
Target MEM TEMP
This feature is only used by AMD Vega and Navi series cards.
This rule is triggered if the GPU core temperature doesn’t exceed the set target temperature, in turn not allowing the memory temperature to exceed the set threshold.
For example; When Navi series GPUs exceed memory temperatures of 104C, they start throttling. With this feature, you’ll be able to keep your cards at optimal temperatures.
Smart mode
This mode changes the target temperature depending on the fan speed. If it’s very hot, the coolers don’t work 100% and keep a higher temperature. And vice versa, if it’s cold, the fan speed is a little higher so that there is airflow. The ratio is 1° for every 10% of the fan speed from 50%.
New Hive OS Statistics features
Great news! Hive OS statistics have been upgraded:
We added a graph for error messages and all the necessary filters:
Now it will be much more convenient for you to work with messages — new tools make it easy to organize them.
Also, now you can edit or delete the miner tuning directly from the launched flight sheet.
Hive OS Web Interface Update
The web interface of Hive OS became even more convenient:
For ASICs, you can configure the following data combinations: chips’ temperature + hashrate, boards’ temperature + hashrate, boards’ temperature + chips’ temperature.
The following combinations are available for GPU rigs: temperature + fan speed, temperature + hashrate, hashrate + fan speed.
You can also turn on coloring of temperature values depending on how much the specified threshold is exceeded. Exceeding the temperature threshold by 1° is indicated in yellow. By 2° — in orange, and by 3° — in red. If you have not turned on coloring, the temperature will be marked in red at the moment the set threshold is reached. For example, if the threshold is 80°, the temperature will turn red already at 80° (and when coloring is on — at 83°).
Possible values:
We’ve added new functionality with this web interface update:
Please note that in order for these new functionalities work on your rig, you need at least Hive OS GPU client version v0.6-202 or later
We’ve added the “GPU Tweakers” functionality to the OC panel, that’s designed to use special tools for fine-tuning your GPUs. This is a long-awaited feature of our users, especially for AMD Vega GPUs owners, because the first tool that we added to tweakers is AMDMemTweak.
Now you can add memory tweaks for your Vega GPUs in OC settings
We added typical settings to the tooltip and by clicking on it, it will be copied over to your settings
Hovering your mouse over it, enables you to view all GPU Tweakers setting
General overclock view/panel has changed slightly to a new look
We have also re-worked the “REF” function for Polaris GPUs, and it is now also embedded in “GPU Tweakers”.
The latest Nvidia graphics processors, Turing and Ampere, have a new core frequency locking funciton, allowing you to achieve better results in terms of stability and power consumption compared to controlling the core frequency through frequency offsets.
In fact, blocking the core frequency is setting the absolute value of the frequency
How it’s can be set in Hive OS?
Setting a value above 500 in the Core frequency field means setting the absolute value
Setting a negative value or less than 500 is the same as setting the frequency offset.
Example of applying Core Clock Locking
You can try these values for locking Core Clock Frequency
GPU | Range | Users choice |
---|---|---|
1660s, 2060s, 2070, 2070s | 1000 - 1050 | 1035 |
2080, 2080s | 1110 - 1160 | |
3060Ti | 1300 - 1350 | |
3070 | 885 - 1150 | |
3080, A6000 | 1010 - 1050 | |
3090 | 975 - 1035 | 990 |
May 26, 2021
New features:
June 3, 2021
New features:
August 16, 2021
New features:
July 7, 2021
New features:
July 15, 2021
New features:
July 27, 2021
New features:
September 1, 2021
New features:
October 7, 2021
We’ve added a new functionality with this web interface update:
New options added to Nvidia Overclocking. Force P0 state and Idle state. Both options require Hive Linux client v0.6-205@210715 and higher. Please note that restarting the miner is required for the changes to take effect.
Using this option forcibly turns on the performance mode P0
.
P0
is a fixed maximum power mode, note that it also raises the memory base clock by 400MHz, so keep this in mind when setting memory overclocking.
P2
is an adaptive power mode that can decrease and increase frequencies, which can lead to failures at the time of a sharp decrease/increase in load, for example, switching to a failover pool or regenerating the DAG file.
For mining versions of GPUs, setting the P0
mode is not needed, so this mode for them, in most cases is the default mode. GPUs designed for gaming work in P2
mode by default.
Enabling the “Reduce idle power consumption” option will significantly reduce power consumption during idle time (when mining is stopped).
Nvidias OC panel’s new look
Also added tooltips for some parameters and corrected a few terms.
New miner for Nvidia and AMD GPUs added.
Currently miner supports ethash
and etchash
algorithms. Miner devfee is 0.5%.
BzMiner in action
Now you can add Farms and Workers to Favorites.
Favorites | Farms
Favorites | Workers
Adding a new worker (rig, ASIC, ASIC-Hub) has been significantly redesigned.
Now with a friendlier look for new users and more appealing to existing users.
“Adding New Worker”'s New Look.
“Adding ASIC”'s New Look.
“Installing ASIC Hub”'s New Look.
“Adding rig”'s New Look.
Added indication of farm ownership on farms
Workers drop-down list’s New Look.